The development and detail design of complex electrohydraulic actuators for aircraft flight
controls require the use of accurate, high fidelity fluid-dynamic simulations in order to predict …

Purpose The purpose of this paper is to propose a new simplified numerical model, based
on a very compact semi-empirical formulation, able to simulate the fluid dynamics behaviors …

Modern wind turbines depend on their blade pitch systems for start-ups, shutdowns, and
power control. Pitch system failures have, therefore, a considerable impact on their …

In the design and development phases of electro-hydraulic actuators (EHAs) used for aircraft
flight controls, it is often necessary to carry out accurate and high-fidelity fluid dynamics …

The contemporary design of flight control systems demands the utilization of intricate models
for the in-depth analysis of individual components or subsystems. Conversely, there is a …

Detailed models are necessary to analyze individual components or subsystems when
designing modern flight control systems. However, simpler models with sufficient accuracy …

Modern flight control system design necessitates using highly detailed models to analyse
individual components or subsystems; on the other hand, more fundamental and synthetic …

This paper offers a simple model to simulate the dynamic behavior of a pressure relief valve
under different temperature conditions, especially during the unsteady regimes that may …